Meet the Lab
We are a team of power electronics and embedded systems engineers who are passionate about creating smarter, faster, and more reliable solutions for industry.
At SiGaN, we specialise in the design of modular and customised power electronics solutions, enabling OEMs and ODMs to accelerate product development by up to 50%. Our work is about more than technology; it is also about collaboration, problem-solving and building lasting systems.
We are committed to efficiency, scalability, and sustainability in everything we do, driven by curiosity and innovation. This is our company's ethos.
Meet our Teams
Concepts & Validation
Electronics Hardware
Embedded Software
Meet our facilities
Test Area
​This facility represents the centrepiece of our laboratory, serving as a nexus where theoretical concepts are met with practical applications.
The test area is equipped with high-performance oscilloscopes, power analysers, and programmable loads, and is dedicated to the validation of converters, inverters, and control systems under real operating conditions. In this context, the performance, efficiency, and reliability of the system are subjected to rigorous testing.
PnP/ Solder Area
In the Pick-and-Place (PnP) and Solder Area, precision and productivity work hand in hand.
By integrating automated and manual assembly processes, our engineering team accelerates prototype development and iteration while maintaining rigorous quality standards. This seamless approach ensures that innovative concepts are efficiently transformed into high-quality, tangible results.
Mechanical Workshop
The Mechanical Workshop provides a dedicated space for the fabrication and prototyping of enclosures using a range of versatile manual tools and equipment.
This hands-on environment enables our team to customize and adapt mechanical components to meet specific project needs, ensuring reliable structural integration of our systems. Through careful craftsmanship and iterative prototyping, the workshop supports the development of power electronics that are robust, high-performing, and scalable, effectively bridging the gap between conceptual design and functional implementation.
